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Sensor type and digits  1Byte 

0xAB:  A ... Sensor type, B ... digit of the dec. point (binary  coded) 
Sensor type: 
 

0xXXXX XXXX 

  |||| 

  0000 ... active   withcalibration control 
0%load and 100% load calibration 
  0001 ... active   without calibration 
control 0%load and 100% load calibration 
  0010 ... active   without calibration 
control 0%load calibration and edit 100%load 

  0011 ... active   without calibration 
control edit 0%load V and 100%load V  
  0100 ... passive  with calibration control 
0%load and 100% load calibration 
  0101 ... passive  without calibration 
control 0%load and 100% load calibration 
  0110 ... passive  without calibration 
control 0%load calibration and edit 100% 
load 
                    in mV/V 
  0111 ... passive  without calibration 
control edit 0%load and 100% load in mV/V 
  1000 ... current                 0%load 
and 100% load calibration 
  1001 ... current                 0%load 
calibration and edit 100%load in mA 
  1010 ... current                 edit 
0%load mA and 100%load mA 

 

 
Dec. point: 

0xXXXX XXXX 
       |||| 
       |000 ... _5000___ 
       |001 ... _5,000__ 
       |010 ... _50,00__ 
       |011 ... _500,0__ 
       |100 ... 5,000___

0%load 2Byte 

HEX-value (MSB/LSB) 

100% load 

2Byte 

HEX- value (MSB/LSB) 

 
Read-out of status:

 

Status

 

2Byte 

general error condition of the GM80

 

 
Read-out of complete status: 

Status

 

2Byte 

general error condition of the GM80

 

Meas. rate

 

1Byte 

0x01 … 1000/sec 
0x02 … 100/sec 
0x03 ...  10/sec 
0x04 ...   1/sec

 

Average value 

1Byte 

0x01 ... x/1 
0x02 ... x/2 
0x04 ... x/4 
0x08 ... x/8 
0x10 ... x/16 
0x20 ... x/32 

SCI_MODE 1Byte 

0x00 ... interface off 
0x04 … hand mode 
0x08 … automatic mode 
0x0C … trigger mode 

SCI_MODE_DELAY 1Byte 

0x02 …10ms 
0x03 … 100ms 
0x04 … 1s 
0x05 … 10s 
0x06 ... 1min 
0x07 ... 10min 
0x08 ... 1h 

LOGGMODE 1Byte 

0x00 ... logger off 
0x04 ... hand mode 
0x08 ... automatic mode 
0x0C ... graph mode 
0x10 ... screen mode 

LOGGMODE_DELAY 1Byte 

0x01 … 1ms 
0x02 …10ms 
0x03 … 100ms 
0x04 … 1s 
0x05 … 10s 
0x06 ... 1min 
0x07 ... 10min 
0x08 ... 1h 

Language 1Byte 

0x00 ... GERMAN 
0x02 ... ENGLISH 
0x04 ... FRENCH 
0x06 ... SPANISH 

Protocol status 

1Byte 

0xXXXX XXXX (binary coded) 
  |||| |||| 
  |||| |||1 ... do not send  conclusion character 
  |||| ||1  ... send CR/LF  
  |||| |1   ... send CR   
  |||| 1    ... send LF  

 

 
 

 

 

 

Summary of Contents for GM 80 PA

Page 1: ...Operating instruction DC Voltage Measuring Amplifier with Data Logger GM 80 TG PA V1 __ ...

Page 2: ...f processes It shall not be used as the only tool for the prevention of dangerous states to machines and plants Machines and plants must be constructed in such a way that erroneous states can not lead to a dangerous situation for the staff e g by independent limit switches mechanical locking devices It must be guaranteed in particular that device operating errors its malfunction or it s breakdown ...

Page 3: ...parameter set is documented on the rear of the device Operation Example GM 80 PA after current supply is immediately in the measuring mode of the previous selected parameter set GM 80 TG is switched on by pressing ENTER Key Assignment Key Menu Scroll up Scroll down ENTER Confirmation one step up in the menu ESC Discard one step back in the menu Control time and date in SYSTEM menu or adjust if nec...

Page 4: ...sured value shall be sent through an interface to a pc or printer the baud rate must be adjusted to the receiver and at SCI MODE the operating mode must be chosen For example HAND a measured value with time is displayed during every keystroke on ENTER while measuring For data logging adjust operating mode in the logger mode e g choose AUTO and interval time e g 10 sec and change to measuring mode ...

Page 5: ...GM 80 TG PA Brief Handling Overview ...

Page 6: ... It is an optocoupler input and therefore it is separated galvanically As a control signal 0V 2V is recognized as low level 3 5V 27V as high level Trigger Thus depending on the adjustment data can be stored or interface data can be issued This input has a high sampling rate therefore very short impulses are recognized as well Enable By this the min and max value is deleted externally In the displa...

Page 7: ...0 s at very slow courses a small rate e g 1 s AVERAGE Forming an average value the numbers indicate by how many measurements an average value is accumulated Applicable at e g vibrations control oscillations 2 5 PASS Password query After entering the password 9373 it is possible to enter menu 3 CALIB There the sensor parameters can be modified 2 6 LCD LCD contrast adjustment If the LCD becomes unre...

Page 8: ...is active GWS 1 2 GWS 1 and 2 are active GWS2 is activated via control input 3 CALIB Calibration menu this is active only if the password has been entered correctly in 2 5PASS For the calibration the sensor needs to be connected to the sensor socket Sensor__ Sensor number or name of the sensor which is to be calibrated POINTDIS Measuring range with decimal indication of the sensor e g 100 0 200 0 ...

Page 9: ...0 LOAD unload sensor 100 LOAD calibration by 100 load apply the nominal load nominal torque or switch to nominal value or NOMVALUE fixed value 4 20 mA SAVE query for takeover of calibration data Edit and Adjust Limit Values In menu 2 SYSTEM 2 9 INPUT Setpoint the limit value parameters can be adjusted If menu LIMIT VALUE SETS is selected and confirmed by ENTER the limit values are listed Switch to...

Page 10: ...play 4 0x34 Reset maximal value 5 0x35 Reset minimal value 6 0x36 Actuate calibration control for sensors with 100 control resistance 7 0x37 Switch off calibration control for sensors with 100 control resistance A 0x41 Read Out datalogger B 0x42 Delete datalogger C 0x43 Read Out current sensor parameter D 0x44 Read Out status E 0x45 Read Out complete status g 0x67 Change protocol setup k 0x6B ENTE...

Page 11: ...dit 0 load mA and 100 load mA Dec point 0xXXXX XXXX 000 _5000___ 001 _5 000__ 010 _50 00__ 011 _500 0__ 100 5 000___ 0 load 2Byte HEX value MSB LSB 100 load 2Byte HEX value MSB LSB Read out of status Status 2Byte general error condition of the GM80 Read out of complete status Status 2Byte general error condition of the GM80 Meas rate 1Byte 0x01 1000 sec 0x02 100 sec 0x03 10 sec 0x04 1 sec Average ...

Page 12: ...input is ended either if 256 characters are received or if the character ETX 0x03 Strg C is contained in the character string Change of Protocol Setup Protocol status 1Byte 0xXXXX XXXX binary coded 1 no closing character is sent 1 send CR LF 1 send CR 1 send LF Calculation of the Checksum CS and the Weighted Checksum gewCS The calculation takes place via all parameter bytes without the command byt...

Page 13: ...In this mode a measured value is issued via the serial interface when the Enter key is pressed at the GM 80 AUTO In this mode a measured value is issued via the serial interface in the adjusted delay TRIGGER At a trigger event In this mode a measured value is written in the logger Since the trigger pulses may occur in 10ms raster and additional time logg is not possible The flank of the trigger pu...

Page 14: ...starting time Since in GRAPHS and in the WINDOW MODE trigger events smaller than 1sec can occur an additional time log is not possible Adjustments in the Logg Mode LOGG OUT Here the data logger is switched off The logg mode in the measuring mode is switched to LOGG OUT as soon as the entire data logger has been edited HAND In this mode a measured value is written into the data logger when the ente...

Page 15: ...Pin Assignment ...

Page 16: ...attery accumulator inserted correctly Connect power supply at operation with accumulators The display begins to flash Charge the accumulators and or exchange the batteries The calibrated adjustments do not match with the sensor anymore Was the sensor overloaded Is the correct sensor selected Possibly recalibrate the sensor Wrong values are indicated after the calibration Was the sensor type select...

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